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Mixed Weyl symbol calculus and spectral line shape theory
T. A. Osborn
, M. F. Kondrat'eva
, G. C. Tabisz
, B. R. McQuarrie
Research output
:
Contribution to journal
›
Article
›
peer-review
13
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Scopus citations
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Keyphrases
Spectral Line Shapes
100%
Weyl Symbol
100%
Symbolic Calculus
100%
Shape Theory
100%
Line Shape
60%
Phase Space
60%
Star Product
60%
Latin Language
40%
Correlation Function
40%
Degrees of Freedom
40%
Radiator
40%
Wigner Transform
40%
High-order
20%
Scattering Processes
20%
Relative Motion
20%
Autocorrelation
20%
Modified Forms
20%
Fourier Transform
20%
Semiclassical Expansion
20%
Hilbert Space
20%
Isomorphism
20%
Hermann Weyl
20%
Wigner
20%
Numerical Calculation
20%
Asymptotic Expansion
20%
Spectral Intensity
20%
Space Dependence
20%
Quantum Structures
20%
Quantum Phase
20%
Pathwise Approximation
20%
Space Form
20%
Full Quantum
20%
Noncommutative
20%
Moyal Bracket
20%
Quantum Operators
20%
Dipole Autocorrelation Function
20%
Operator Space
20%
Space Function
20%
Classical Path
20%
Space Integral
20%
Mathematics
Calculus
100%
Phase Space
100%
Shape Theory
100%
Degree of Freedom
66%
Function Space
33%
Asymptotic Expansion
33%
Hilbert Space
33%
Fourier Transform
33%
Space Form
33%
Initial Configuration
33%
Weyl Function
33%
Integral
33%
Autocorrelation
33%
Autocorrelation Function
33%
Cation
33%
Physics
Lineshape
100%
Line Spectra
100%
Degree of Freedom
50%
Autocorrelation
50%
Cation
25%
Hilbert Spaces
25%
Quantum Structure
25%
Function Space
25%
Phase-Space Integral
25%